sport
Aurora University Venues Drive Hockey, Basketball, Track Success
Local facilities at Aurora University have hosted competitions that align with team achievements across hockey, basketball and track and field.
How we reported this

Aurora University's men's hockey team defeated Endicott College in double overtime to advance to the 2025-2026 NCAA Frozen Four. This result draws attention to the venues and infrastructure that enable Aurora University teams to prepare for and host postseason-level competition.
Recent Team Results at Local and Regional Sites
The Aurora University men's basketball team won the 2025-2026 NACC tournament championship with a 67-66 victory over Marian University and entered the NCAA Tournament with a 23-5 record. The same team later lost 84-60 to Claremont-Mudd-Scripps in the NCAA Division III First Round at Wisconsin-La Crosse on March 6, 2026. These contests illustrate how Aurora-based programs travel to and compete at external facilities while relying on home resources for training and regular-season play.
Hosting the Aurora Grand Prix
Aurora University hosted the 2026 Aurora Grand Prix for track and field on January 24, where the University of Chicago women's team competed. The event placed Aurora University facilities at the center of regional track and field activity and provided a direct example of local infrastructure supporting intercollegiate meets.
Additional Program Outcomes
The Aurora University women's basketball team secured a 95-41 non-conference victory over Rockford University in December 2025, with Jennifer Heinberg leading in points with 15. Such outcomes occur within the same set of university venues used for practice and home games, showing consistent use of existing athletic spaces across multiple sports.
These documented competitions and the January 24 Grand Prix indicate that Aurora University's athletic infrastructure continues to accommodate both internal team development and external events. Observers can monitor the university athletics site for upcoming schedules that will again utilize these same local resources.